Why do areas near the equator experience more condensation?

Why do areas near the equator experience more condensation?

Modified from ux1.eiu.edu. Rising of warm moist air at the equator causes water vapor condensation due to cooling of the air during the ascent. Clouds form and precipitation occurs. Some of the deepest cumulonimbus clouds on Earth form in the tropics.

Which areas of Earth receives the most precipitation on average?

The regions of highest rainfall are found in the equatorial zone and the monsoon area of Southeast Asia. Middle latitudes receive moderate amounts of precipitation, but little falls in the desert regions of the subtropics and around the poles.

Why are climates generally wet near the equator?

Moisture. Warm air (gas) holds more moisture than cold. As air above the equator rises, it cools and is unable to hold all of the moisture–so it rains at the equator, creating the climate and moisture conducive for tropical rainforests (known as the intertropical convergence).

Do you think water evaporates more from areas near the equator or areas near the north and south poles?

At all longitudes oceanic evaporation rates are lower on the equator than at latitudes to the north and south. Over the oceanic cold tongues this is related to the presence of cold water and divergence of heat by the ocean circulation.

Why is precipitation higher at the equator?

Near the Earth’s equator, solar heating is intense year round. The Sun heats the ocean, evaporating tremendous amounts of water. As air rises, it cools, and water vapor condenses into rain. This daily cycle of heating, evaporation, and convection creates a persistent band of showers and storms around Earth’s middle.

Why do areas near the equator have warmer climate than areas near the poles?

Because the equator is closer to the sun. Because the sun’s rays hit the earth’s surface at a higher angle at the equator.

Why is precipitation so high at the equator?

Does it rain a lot near the equator?

Tropical climates are found near the equator. They are warm and humid and experience a lot of rainfall, particularly during their wet season, which can occur once or twice each year.

Why do places near the equator receive more heat than those near the poles?

Why is it hot at the Equator and cold at the poles? Due to the tilt of the Earth, the Equator is closer to the sun so receives more of its energy. The Equator has a smaller surface area so heats up quickly compared to the poles. There is less atmosphere to pass through at the Equator compared to the poles.

Why do you think will evaporation be greatest near the equator or away from the equator?

Over two-thirds of total global evaporation occurs within 30° of the Equator, because of the higher temperatures in equatorial and tropical areas. Evaporation reaches its greatest values not at the Equator itself, but between latitudes of 10° and 20° in both hemispheres.

Why are polar regions drier than the equatorial regions?

The cold air in Polar Regions can’t hold as much moisture as the warm air in equatorial regions. Dry air means less precipitation. Continental areas are also drier than coastal areas because they are farther away from water.

Why are areas near the Poles drier than others?

Their data shows that areas near the poles are drier than areas near the equator. The cold air in Polar Regions can’t hold as much moisture as the warm air in equatorial regions. Dry air means less precipitation. Continental areas are also drier than coastal areas because they are farther away from water.

Where does most of the world’s evaporation take place?

Most of the world’s evaporation happens in tropical areas near the equator. Which of the following locations will most likely have the highest rate of evaporation? Most of the world’s evaporation happens in tropical areas near the equator. In cold, snowy areas, water is added to the atmosphere through _____.

Where does the precipitation from the Poles come from?

E) polar, cool, moist high-pressure air masses from the poles that move along the surface, releasing precipitation along the way to the equator, where they are heated and dried